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Enterprise Technology Terminology: W

140 results · page 4 of 7

  • Wi-Fi/5G Hybrid Network

    Wi-Fi/5G hybrid network is an architecture that integrates enterprise Wi-Fi and 5G cellular access under unified control, enabling coordinated connectivity, security, and policy enforcement across indoor and outdoor domains in support of enterprise mobility, operational technology, and application requirements.

  • WiFi 6

    Wi‑Fi 6 is the common name for IEEE 802.11ax, a wireless LAN standard that increases network efficiency, capacity, and performance in dense environments for enterprises, affecting access-layer design, security controls, and support for large numbers of client and IoT devices.

  • Wi-Fi 6E

    Wi-Fi 6E is the extension of the Wi-Fi 6 (IEEE 802.11ax) standard into the 6 GHz band, providing additional unlicensed spectrum and wider channels for enterprise wireless LANs that support higher user densities, throughput, and bandwidth-intensive applications under regional regulations.

  • WiFi 7

    Wi‑Fi 7 is the marketing name for IEEE 802.11be, a WLAN standard that increases throughput, reduces latency, and introduces multi-link operation across 2.4, 5, and 6 GHz bands for enterprise wireless networks, affecting capacity planning, QoS, and security integration.

  • Wi-Fi 7 High-Bandwidth Operation

    Wi-Fi 7 High-Bandwidth Operation is a Wi-Fi 7 capability that aggregates multiple contiguous and noncontiguous channels within a band into a wider logical channel, enabling higher throughput and more flexible spectrum use for enterprise wireless LANs and high-density client environments.

  • Wi-Fi 8 AI-Optimized Network

    Wi-Fi 8 AI-Optimized Network is an enterprise wireless LAN architecture concept that applies artificial intelligence and machine learning to manage, tune, and secure IEEE 802.11bn (Wi‑Fi 8) infrastructure, helping organizations operate complex high-density wireless environments under defined service, performance, and security objectives.

  • Wi-Fi Alliance Certification

    Wi-Fi Alliance certification is a conformance and interoperability testing program that validates Wi-Fi products against Wi-Fi Alliance specifications and IEEE 802.11–based requirements, providing enterprises and vendors with a standardized reference for security, feature support, and multivendor compatibility in wireless LAN deployments.

  • Wi-Fi EasyConnect

    Wi-Fi EasyConnect is a Wi-Fi Alliance certification program that defines a standardized, cryptography-based method to onboard Wi-Fi devices using QR codes or NFC, helping enterprises provision headless or constrained devices while protecting network credentials and aligning onboarding with established Wi-Fi security controls.

  • Wi-Fi EasyMesh

    Wi-Fi EasyMesh is a Wi-Fi Alliance standard and certification program for interoperable multi-access point mesh Wi-Fi networks, enabling compatible devices from different vendors to form a unified, controller-based WLAN that supports coordinated coverage, client steering, and centralized management in enterprise environments.

  • Wi-Fi Offload

    Wi-Fi offload is a network strategy in which mobile operators redirect mobile data traffic from cellular radio access to Wi-Fi networks to manage capacity and spectrum usage, affecting how enterprises design, secure, and operate WLAN and public access environments.

  • Wi-Fi Protected Access 3

    Wi‑Fi Protected Access 3 (WPA3) is a Wi‑Fi Alliance security certification for wireless LANs that defines enhanced authentication and encryption, helping enterprises reduce exposure to common Wi‑Fi attack techniques and align WLAN security with contemporary cryptographic and compliance requirements.

  • Wi-Fi Sensing

    Wi-Fi sensing is a technique that uses variations in Wi-Fi radio signals to infer motion, presence, and activity in a physical space, enabling enterprises to derive occupancy and environmental telemetry from existing wireless infrastructure for analytics, automation, security, and facility operations.

  • WiMax

    WiMAX (Worldwide Interoperability for Microwave Access) is a wireless broadband technology based on IEEE 802.16 standards that provides metropolitan-area and last-mile connectivity, relevant for enterprises and providers planning fixed or mobile broadband access, backhaul, or wireless alternatives to wired infrastructure.

  • Wind and Solar Forecasting

    Wind and solar forecasting is the use of meteorological data and computational models to estimate future power output from wind and solar plants, enabling grid operators, asset owners, and traders to plan operations, manage risk, and support renewable integration.

  • Wireless

    Wireless is the transmission of data, voice, or video over electromagnetic waves instead of physical cables, used in enterprises to provide connectivity for users, devices, and sites and to integrate mobile, IoT, and operational systems into broader network architectures.

  • Wireless Access Point

    Wireless access point is a network device that implements IEEE 802.11 wireless standards to connect Wi-Fi clients to a wired LAN, which matters in enterprise environments for enabling mobile connectivity, enforcing access control, and integrating wireless traffic into corporate networks.

  • Wireless Backhaul

    Wireless backhaul is the transport of aggregated traffic between access networks and core networks over radio links instead of fiber or copper. It matters in enterprise and carrier environments for connecting remote sites, RAN nodes, and temporary locations with controllable deployment costs.

  • Wireless Broadband

    Wireless broadband is high-speed Internet access delivered via radio-based or other wireless technologies instead of physical last-mile cabling, and it matters for enterprises as an access option for branch connectivity, remote operations, redundancy, and connectivity in locations without wired infrastructure.

  • WirelessHART Network

    WirelessHART network is a standardized wireless mesh network based on the WirelessHART specification that connects industrial field devices to control and asset management systems, using secure, time-synchronized, multi-hop communication for process automation and operational technology environments in sectors such as oil and gas, chemical, and power.

  • Wireless Local Area Network

    Wireless local area network is a local area network that uses IEEE 802.11 wireless communication instead of wired links to connect devices in a limited area, enabling mobile access to enterprise applications, data, and services under centralized policies and security controls.